… We study six months of human mobility data, including WiFi … series of WiFi scans contain
a strong latent location signal. In … of human mobility, it is possible to assign location to WiFi …

… that WiFi probe data can be used to analyze outdoor mobility and human trajectories in a large
… We use a dataset of WiFi probe requests collected by 54 public-access WiFi APs over the …

… , the massive amount of transmitted wireless signals left behind by the users provides a …
information regarding human mobility. Furthermore, WiFi and Bluetooth wireless signal strength …

… We consider using Wi-Fi signals to detect certain human mobility behaviors such as stationary,
walking, or running. The main objective is to successfully detect these behaviors for the …

… signals, lending additional credence to our methodology. We further compare cell tower results
to those from WiFi-… that the finer spatial resolution of WiFi also results in reported entropy …

… analyze and the mobility subjects they study. Despite many sources of human mobility data,
we … The communication range of WiFi technology is between 35 and 100 m [6]. Therefore, …

… , human mobility and radio signal levels. … signal strength data based on energy-efficient
GPS tracking, which allows one to perform the measurements of human mobility and radio signal …

… To extract meaningful places and infer informative mobility patterns, we preprocessed both
CDR and WiFi datasets. In cellular networks we filtered out users whose traces were too short …

… We have reported our preliminary efforts on human detection and human identification with
Wi-Fi signals in this work. In this section, we discuss several limitations and opportunities to …

… and recording a multitude of human behaviors. Human mobility patterns are a prominent …
on cell phone towers, Bluetooth beacons, and WiFi networks as proxies for location. While …